CP0005400R0JB31

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Through Hole Resistors are used in many electro-mechanical systems. The CP0005400R0JB31 is one type of through hole resistor that is increasingly being utilized for its reliable performance and lightweight design. This article will provide an overview of this component’s application field and working principle.

CP0005400R0JB31, generally known as an “HBT,” is a type of through hole resistor that features a ceramic substrate with a ceramic tantalum oxide surface. It has an overall diameter of 4 millimeters and a total height of 5 millimeters. Its temperature coefficient is an impressive 2.25 ppm/K, and it has an insulation resistance beyond 10 gigaohms. It also has a low inductance performance of 2.5 microhenries. Additionally, it is capable of handling currents up to 10 amperes and voltages up to 40 volts.

CP0005400R0JB31 is mainly used as a power source for many electrical and mechanical devices. This type of through hole resistor is known for its low self inductance, meaning that it is suitable for high-frequency operation. It also features an excellent thermal stability, making it an ideal choice for applications that require temperature compensation. Additionally, due to its small size and light weight, it is perfect for applications that require space-saving components. Finally, the CP0005400R0JB31 offers excellent long-term reliability, making it a great choice for use in military and space applications.

The working principle of the CP0005400R0JB31 is based on the principle of “thermal diffusion.” This is to say that the component utilizes ceramic tantalum oxide that efficiently diffuses heat from the component’s internal elements to the external environment. The ceramic substrate then acts as an insulation layer that prevents the surrounding heat from affecting its performance. As a result, the CP0005400R0JB31 is able to maintain its performance during temperature fluctuations, making it an ideal choice for applications that need temperature compensation.

In conclusion, the CP0005400R0JB31 is an excellent choice for applications that require reliable yet lightweight components. It features a ceramic substrate with a ceramic tantalum oxide surface, an impressive temperature coefficient of 2.25 ppm/K, an insulation resistance of 10 gigaohms, and the capacity to handle currents up to 10 amperes. Additionally, it works on the principle of thermal diffusion, meaning that it is able to maintain its performance during temperature fluctuations. Therefore, the CP0005400R0JB31 is an ideal choice for use in many electrical and mechanical systems.

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